AEROGAIN Trademark

Lasers and laser amplifiers for non-medical use, in particular for applications within manufacturing, material processing, optical pumping and LIDAR; lasers for non-medical use, in particular lasers providing femtosecond, picosecond and nanosecond pulses, high-power lasers, narrow linewidth lasers and fiber lasers; laser amplifiers for non-medical use, in particular laser amplifiers based on optical fiber amplifier modules; modules for second-harmonic generation in the nature of power amplifiers; amplifier modules, namely, power amplifiers in the nature of modules for amplifying light, in particular for amplifying laser light; amplifier modules, namely, integrated circuit modules in the nature of power amplifiers based on optical fibers, in particular photonic crystal fibers including rare earth dopants such as ytterbium, erbium, or tellurium; amplifier modules, namely, integrated circuit modules in the nature of power amplifiers for amplification of femtosecond, picosecond and nanosecond pulses; amplifier modules, namely, integrated circuit modules in the nature of power amplifiers for original equipment manufacturer integration and scientific laboratory setups; active optical fibers, in particular rare earth doped double-clad optical fibers; amplifier medium in the nature of optical fibers for high power amplifiers; downloadable and recorded computer programs and software for controlling a laser or a laser amplifier

Lasers and laser amplifiers for medical use, in particular for applications within optogenetics, ophthalmology or biomedical imaging; pulsed lasers for medical use, in particular lasers providing femtosecond, picosecond and nanosecond pulses; high-power lasers for medical use; fiber lasers for medical use; narrow linewidth lasers for medical use; modules, namely, integrated circuit modules in the nature of power amplifiers specially adapted for use with medical lasers for second-harmonic generation for medical use; laser amplifiers for medical use, in particular laser amplifiers based on optical fiber amplifier modules; amplifier modules, namely, integrated circuit modules specially adapted for use with medical lasers for amplifying light, in particular for amplifying laser light, all the aforesaid for medical use; amplifier modules, namely, integrated circuit modules specially adapted for use with medical lasers, based on optical fibers, in particular photonic crystal fibers including rare earth dopants such as ytterbium, erbium, or tellurium; all the aforesaid for medical use; amplifier modules, namely, integrated circuit modules in the nature of power amplifiers specially adapted for use with medical lasers for amplification of femtosecond, picosecond and nanosecond pulses, all the aforesaid for medical use; amplifier modules, namely, integrated circuit modules specially adapted for use with medical lasers for original equipment manufacturer integration and scientific laboratory setups, all the aforesaid for medical use; active optical fibers specially adapted for use with medical lasers, in particular rare earth doped double-clad optical fibers; amplifier medium in the nature of optical fibers for high power amplifiers specially adapted for use with medical lasers, all the aforesaid for medical use; amplifier modules, namely, integrated circuit modules in the nature of power amplifiers specially adapted for use with medical lasers for medical use